ISSN print edition: 0366-6352
ISSN electronic edition: 1336-9075
Registr. No.: MK SR 9/7

Published monthly

Author: Muchova

SpoOA Homologues from Various Thermophilic Bacillus and Clostridium species		273	–	273
K. Muchová and I. Barák		Vol. 52, SI
Characteristics of NADP thioredoxin reductase purified from Streptomyces aureofaciens		354	–	354
T. Horecka, D. Perecko, E. Kutejova, K. Muchova, and M. Kollarova		Vol. 52, SI
The correlation between a luminol dependent photo-chemiluminescent method and HPLC method for uric acid assay		491	–	492
Z. Durackova, K. Kalnovicova, I. Garaiova, J. Muchova, and A. Liptakova		Vol. 52, SI
Antioxidative status in plasma of diabetic rats		510	–	511
A. Liptakova, O. Ulicna, I. Garaiova, J. Muchova, and Z. Durackova		Vol. 52, SI
Determination of low molecular weight antioxidant in serum of persons with Down's syndrome		537	–	537
J. Muchova, I. Garaiova, M. Sustrova, S. Hruskova, and Z. Durackova		Vol. 52, SI
Kinetics of hydrolysis of 2-substituted 4,5-dichloro-3-oxo-2H-pyridazines		547	–	551
V. Konečný, J. Muchová, A . Jurášek, and P. Zahradníik		Vol. 43, 4
Abtrennung und Bestimmung der Ionen Cu(II), Zn(II) und Mg(II) aus Lösungen von Aminosäuren am chelatbildenden Ionenaustauscher OSTSORB DTTA		175	–	182
A. Muchová and Z. Pikulíková		Vol. 42, 2
Sorption of metal-ions on the chelate-forming cellulose ion-exchangers		69	–	76
Z. Pikulíková and A. Muchová		Vol. 41, 1
Separation of the ion mixtures in the system - strong acidic cation exchanger chelating-agents with phosphonic functional-groups		37	–	43
A. Muchová and Z. Pikulíková		Vol. 40, 1
Study of the complex-forming equilibria of Zn(II), Mg(II), and Ca(II) cations with N-(Methylphosphonic)iminodiacetic and Glycine-N,N-bis(methylphosphonic) acids by the cation-exchange method		481	–	489
Z. Pikulíková and A. Muchová		Vol. 39, 4
Ion-exchange equilibria in the system: strong acidic cation exchanger/metal ion/N-(methylphosphonic)iminodiacetic acid or glycine-N,N-bis(methylphosphonic) acid		781	–	785
A. Muchová, Z. Pikulíková, and J. Majer		Vol. 38, 6
Thermal decomposition of the diammonium salt of ethylenebis[dithiocarbamic acid]		523	–	529
J. Muchová, J. Macko, Ľ. Bystrický, and V. Bátora		Vol. 36, 4
Ion-exchange equilibrium in the system of strong acid cation-exchanger - metal ion - N-(2-hydroxyethyl)iminodiacetic acid		97	–	102
A. Muchová, Z. Pikulíková, and J. Majer		Vol. 36, 1
Thin layer chromatography of inorganic ions. Part VIII. Chromatography in the system: cellulose phosphate-aqueous solutions of organic complexing agents		104	–	110
A. Muchová and V. Jokl		Vol. 34, 1
Thin layer chromatography of inorganic ions. VII. Chromatography in the system: DEAE cellulose-aqueous solutions of organic complexing agents		229	–	239
A. Muchová and V. Jokl		Vol. 33, 2
Thin layer chromatography of inorganic ions. VI. Chromatography in the system: silica gel (impregnated with TBP)-aqueous solutions of organic complex forming agents		629	–	639
A. Muchová and V. Jokl		Vol. 30, 5
Thin-layer chromatography of inorganic ions. V. Chromatography in the system, silica gel (impregnated with tributyl phosphate)-aqueous solutions of lithium chloride, sodium bromide, and sodium iodide		348	–	354
A. Muchová and V. Jokl		Vol. 27, 3
Thin-layer chromatography of inorganic ions. III. Chromatography in the system formed from silica gel (impregnated with anion exchanger) and aqueous solutions of organic chelating agents		289	–	302
A. Muchová and V. Jokl		Vol. 26, 4
Thin-layer chromatography of inorganic ions. IV. Chromatography in the system formed from silica gel (impregnated with cation exchanger) and aqueous solutions of hydrochloric acid, nitric acid, and potassium thiocyanate		303	–	308
A. Muchová and V. Jokl		Vol. 26, 4
Thin-layer chromatography of inorganic ions. II. Chromatography in silica gel (impregnated with liquid anion exchangers)-aqueous inorganic acid-salt solution systems		280	–	291
A. Muchová and V. Jokl		Vol. 25, 4
Thin-layer chromatography of inorganic ions. I. Separation of cations with complexing agents		62	–	67
A. Muchová and V. Jokl		Vol. 22, 1

Thursday, November 21, 2024

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